VCSEL阵列近场光学探头与微透镜自对准方法

K. Goto, H. Maruyama, K. Suzuki, Y. Kim
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引用次数: 1

摘要

为了提高高密度光盘的读写吞吐量效率,设计了一种采用近场探针阵列和VCSEL阵列的新型光盘系统。该系统采用了功率随距离呈指数递减的近场倏逝波光学,采用了VCSEL阵列、微透镜阵列和近场探头尖端阵列。该系统中最重要的技术是高数值孔径微透镜的焦点与近场光学探头尖端之间的自对准技术。给出了该自对准方法的系统设计细节和初步实验报告。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Self alignment method of near-field optical probe and micro-lens with VCSEL array
In order to get higher throughput efficiency in read/write operations on high density optical disks, a new optical disk system using near field (NF) probe arrays and VCSEL arrays has been designed. Near field optics with evanescent waves, from which the power decreases exponentially with distance, are adopted in this system using VCSEL arrays, microlens arrays, and near-field probe tip arrays. The most important technology to be developed in this system is a self-alignment technique between the focal point of the high numerical aperture (NA) microlens and the near-field optical probe tip. System design details and a preliminary experimental report of this self-alignment method are given.
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